An agricultural machinery equipment monitoring and management system and method based on an Android smart phone

Abstract

The invention relates to the technical field of agricultural machinery monitoring. The invention relates to agricultural machinery, in particular to an agricultural machinery equipment monitoring andmanagement system and method based on an Android smart phone. The system comprises a vehicle-mounted terminal, a data transmission network and a remote monitoring platform. The vehicle-mounted terminal comprises a microcontroller, an agricultural machinery rotating speed sensor mounted on the agricultural machinery equipment; agricultural machinery driving speed sensor, GPS sensor, GIS sensor andODB2 standard interface, each output electric signal end of the above sensors is connected with the input end of the microcontroller; the output signal end of the microcontroller communicates with theoutside through Bluetooth, automatic fault diagnosis, big data sharing and multiple functions are achieved, agricultural machine tool data collection and agricultural machine fault real-time diagnosis are conducted in real time, and agricultural machine tool management and reservation operation are achieved.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery monitoring, in particular to an Android smart phone-based agricultural machinery equipment monitoring and management system and method. Background technique [0002] At present, the remote monitoring and management system of automobiles has been widely used in collecting operating parameters, locating and tracking vehicles, and automatically monitoring automobile faults. With the rapid development of GPS satellite positioning and Beidou technology, this technology has been widely used in the monitoring system of agricultural machinery equipment. For example: the "Wireless Monitoring System for Agricultural Machinery Operation" with the patent application number 20110129728.0 has disclosed the management and query of information on the four major aspects of agricultural machinery, agricultural machinery tools, drivers, and agricultural machinery workload. The workload realizes funct...

AI Technical Summary

Problems solved by technology

However, there is no fault diagnosis system, and the fault information of agricultural machinery components cannot be automatically detected; another example: the "Agricultural Machinery Intelligent Monitoring System" with patent application number 201510236572.4 proposes an early detection of agricultural machinery fault consultation system, but does not realize the function of automatically solving faults

Another example: "Intelligent Agricultural Machinery Management and Method Based on Beidou Navigation" with patent application number 201510247070.1 proposes an agricultural machinery management and method that can collect agricultural machinery location information, motion status and working screen in real time, but the system has high cost and low data transmission rate. slower

Another example: "A Method and System for Agricultural Machinery Scheduling Management" with patent application number 201710649214 only realizes the function of agricultural machinery dispatching, has a single function, and does not realize big data sharing

[0003] The existing agricultural machinery monitoring terminals mainly have the following disadvantages: the agricultural machinery equipment information management system platform has simple functions and cannot meet the needs of the market, there is no development of a mobile terminal agricultural machinery management system, the management method is simple, the function is single, and big data sharing cannot be realized

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